1.
Study of Differentiation of Rat MSCs with mHCN4 Gene into Spontaneous Beating Cardiac Pacemaker Like Cells in Vitro;
mHCN4基因修饰大鼠骨髓间充质干细胞体外诱导分化为心脏起搏样细胞的实验研究
2.
A few days later, some of the heart muscle cells in the animals began to act like pacemaker cells.
若干天后，动物体内的一些心脏细胞就会开始像起搏细胞一样运作。
3.
Pacemaker cells produce an electrical current that causes the heart to beat.
起搏细胞产生的电流可使心脏跳动。
4.
The Experimental Research on Constructing a Biological Cardiac Pacemaker by Pacemaker Cells Autotransplantation;
自体起搏细胞移植构建生物心脏起搏器的实验研究
5.
Stem cells transplantation and cardiac biological pacing
干细胞移植与心脏生物起搏的研究现状
6.
Biological Pacemaker
健康的人类心脏一般都有一小组称作起搏细胞的特殊细胞。
7.
Biological Characterization of Cardiac Progenitor Cells Derived from Heart Tubes and Their Differentiation into Pacemaking Cells;
胚胎心脏祖细胞的生物学特性及向起搏细胞的诱导分化
8.
Such cells could possibly replace the electronic pacemakers currently used in many patients with heart disease.
这些细胞有望替代心脏病患者目前使用的电子起搏器。
9.
They found they could use the chemical potassium to trick normal heart cells in guinea pigs to act like pacemaker cells.
他们发现他们可以使用化学物质钾使豚鼠正常的心脏细胞担任起起搏细胞的角色。
10.
ventricular synchronous pacemaker
心室同步心脏起搏器
11.
The Initial Research about the ICC Cells as Pacemaker in Guinea-Pig Upper Urinary Tract
ICC样细胞在上尿路起搏中的作用初探
12.
Expressions of MAPKs in rapidly paced atrial myocytes
快速起搏心房肌细胞中MAPKs表达的变化
13.
fixed-rate pacemaker
固定频率心脏起搏器
14.
atrioventricular sequential pacemaker'
房室顺序型心脏起搏器
15.
breathing controlled pacemaker
呼吸控制型心脏起搏器
16.
Protective Effect of Oxygenated Lecukocyte-depleted Blood Cardioplegia on Myocardium in Patients Undergoing Valve Replacement;
去白细胞氧合血心脏停搏液在瓣膜置换中的心肌保护作用
17.
Protective Effects and Mechanisms of Polarizing Cardioplegia on Isolated Cardiomyocytes of Rat;
TTX极化心脏停搏液对离体大鼠心肌细胞保护作用及其机制的研究
18.
Clinical Study Effects of Leukocyte-depleted Cardioplegia Perfusion in Myocardial Protection;
脱中性粒细胞温血心脏停搏液心肌保护临床研究